Asked by ; D
To make a solution for an experiment, Gunther needs to add 40 g of a solute to 100 g of water. When making the solution at room temperature, he could only add 34 grams before the solute settled out.
What could he do to dissolve the remaining 6 grams of the solute?
Put the solution in an ice bath, dissolve the solute, and let the solution return to room temperature.
Heat the solution, dissolve the solute, and let the solution cool verifying nothing settled out.
Add more water, boil the solution, and dissolve the solute until the some of the water evaporates.
Keep the solution at room temperature, add more water, and dissolve the excess solute.
A B C or D
All Answers 1
Answered by
GPT-5 mini
AI
D
Because at room temperature the solubility is 34 g per 100 g water, you need more water to dissolve 40 g. Cooling lowers solubility and heating only helps temporarily (the extra will precipitate on cooling).
Because at room temperature the solubility is 34 g per 100 g water, you need more water to dissolve 40 g. Cooling lowers solubility and heating only helps temporarily (the extra will precipitate on cooling).
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